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  • NeuroBioPhysicsology
  • ST. ARBOGFAST CHURCH
  • How Do We Describe This ?
  • OUR HABITABLE UNIVERSE
  • DR HAMEROFF DESCRIBES GOD
  • AMAZING PENTATONIC GRACE
  • MEANING / PURPOSE OF LIFE
  • FINAL STAGE OF CREATION
  • RELIGIOUS HEALTH BENEFITS
  • BRAIN TESTS FOR RELIGION
  • THE HUMAN SOUL
  • SCIENTIFIC CEERTAINTY
  • BEAUTY IS AS BEAUTY DOES
  • SCIENTIST + SPIRITUAL GOD
  • MENTORS OF MBM SR MD FICS
  • DIVINE INTELLIGENT DESIGN
  • SCIENTIFICALLY LITERATE
  • JESUSISATION, JESUSNESS
  • CHRISTIANISATION
  • DEFINITIONS
  • WEBINARS
  • deJAYNE NEW HAVEN PURITAN
  • SURMOUNTING THE PRECIPICE
  • TRANSCRANIAL ULTRASOUND
  • WHEELER'S WALDEN POND
  • mbmsrmd WHEELER ANCESTRY
  • Walden Pond Is Sacred
  • MBMSRMD CURRICULUM VITAE

SUPERSYMETRY DEFINITION

 On this website Supersymmetry, once near the last page, has moved near the front page, because Supersymmetry has so many urgent answers, including resolution of the 'Mathematical Paradox Lost' (mbmsrmd), answering the contradictions and inequalities between Quantum Physics and Einstein Relativity. These seemingly contradictory, paradoxical statements, propositions and mathematical computations, when completely investigated will prove well founded and true.   


Research is bursting-open presently. Supersymmetry is the new kid on the block in Particle Physics.  The new particles are primarily theorectical at present, but hopes are high that when a new, longer Hedron-like collider is constructed, the additional elementary particles will be identified and prove present theories. 


"In particle physics, supersymmetry (SUSY) is a principle that proposes a relationship between two basic classes of elementary particles: bosons, which have an integer-valued spin, and fermions, which have a half-integer spin.[1][2] 


A type of spacetime symmetry, supersymmetry, is a possible candidate for undiscovered particle physics, and seen as an elegant solution to many current problems in Standard Model of Particle Physics, if confirmed correct, which could resolve various areas where current theories are believed to be incomplete. A supersymmetrical extension to the Standard Model of Particle Physics would resolve major hierarchy problems within gauge theory, by guaranteeing that quadratic divergences of all orders will cancel out in perturbation theory." (Final equasions' sides are equal. 


References    

  1. Haber, Howie. "SUPERSYMMETRY, PART I (THEORY)"(PDF). Reviews, Tables and Plots. Particle Data Group (PDG). Retrieved 8 July 2015.
  2. "supersymmetry". Merriam-Webster. Retrieved October 2,2017.

  

‘Particle Physics’ Theories and Mathematics are known to be incomplete with limitations 

  • · Scientists are challenged with ‘Particle Physics’ (‘PP’) Mathematical Paradox Lost’ because they cannot figure how to solve Equations sides to be equaled. Thus 0 ≠ 0 
  • · Supersymmetry (SUSY) revision of Standard Model Physicists propose relationship between 2 basic elementary particles: bosons with an integer-spin 
  • and fermions with half-integer spin.[1][2]  might resolve incomplete current theories. So, sum of “Quadratic Equation Differences disappears.  0 = 0 
  • · Other Physicists tweaked (SUSY) → “Spontaneously-broken SUSY aka (SU-b-SY) 
  • So, sum of mysterious (‘PP’) mathematical Equation Differences disappears.  0 = 0 
  • · Then, Hameroff + Penrose tackled ‘Particle Physics’ while discovering Consciousness 
  • and termed our Universe's Precursors of Conscious Information, 'relic-sized particles' and Penrose, who won 2020 Nobel Prize in Physics, termed them non-computable. 
  • · Described another way: Hameroff and Penrose God’s Holy-Spirit Universal Interconnectedness is non-computational and reported by scripture:
  • · Matthew 19:26 But Jesus looked at them and said, “With man this is impossible, but with God all things are possible.”
  • · Romans 1:20 For His invisible attributes, namely, His eternal power and Divine nature, have been clearly perceived, ever since the Creation of the world, in the things that have been made. So, they are without excuse.

[Exact cancellation of quadratic divergences in top condensation models, Andreas Blumhofer,

Nuclear Physics B, Volume 437, Issue 1, 1995, Pages 25-44, ISSN 0550-3213,

https://doi.org/10.1016/0550-3213(94)00563-T.]


Therefore, many pages that follow will continue discussions supported by Standard Particle Physics.

Files coming soon.

Universe very special beginning

  Dr.  Sean Michael Carroll is a theoretical physicist specializing in quantum mechanics, gravity, and cosmology. He is a research professor in the Walter Burke Institute for Theoretical Physics in the California Institute of Technology Department of Physics.  He received his BS from Villanova University and PhD from Harvard University.  In his webinar, Carroll a brilliant young physicist, stated that  the beginning of our Universe was very special and our Universe had a very special reason for 'a beginning'. " The cosmological arrow of time points in the direction of the universe's expansion. ... If this arrow of time is related to the other arrows of time, then the future is by definition the direction towards which the universe becomes bigger. 


Thus, the universe expands, rather than shrinks, by definition."  Recent research described "Recessional Velocity as the rate at which an extragalactic astronomical object recedes from an observer as a result of the expansion of the universe. "Importantly, this implies that the Recessional Velocity of each galaxy is accelerating, but the expansion rate of each galaxy is not; it’s decreasing.


 It’s a challenging misconception to overcome, but hopefully now — armed with an in-depth explanation in plain English, you’ll understand that the objects within the Universe are accelerating, but the expansion rate of the Universe is not! [STARTS WITH A BANG, JANUARY 6, 2023 by Ethan Siegel, Ask Ethan: Is the Universe’s expansion accelerating or not?] Think about the expansion of a balloon and acceleration of the water contents inside the balloon as it fills ! and the gravity and anti-gravity and other conflictions in our Cosmos.  “Shortly after its birth, the universe was filled with gas, mostly hydrogen. Over time, here and there, gravity pulled the gas into clouds which turned into galaxies and in which stars ignited. Stars shine by thermonuclear burning of the gas; of those that die in explosions, some blow the gas back out of the galaxies. 


Out in intergalactic space, the gas cools and gets denser, until gravity pulls it back into the galaxy where new stars form. The process repeats: Gravity condenses gas into galaxies and stars, stars blow up and kick the gas out, gravity cycles the gas back in and makes new stars.” (The life and breath of galaxies. [Scientists track gas through time and space to better understand how conglomerations of stars are born and die by Ann Finkbeiner 08.22.2019, knowable Magazine] 


"In his second book, ' From Eternity to Here: The Quest for the Ultimate Theory of Time', Carroll  explores the nature of the arrow of time, that goes forward from the past to the future, and postulates that the arrow owes its existence to conditions before the Big Bang. However, reasoning about what was there before the Big Bang has traditionally been dismissed as meaningless, for space and time are considered to be created exactly at the Big Bang.  "Carroll argues that "understanding the arrow of time is a matter of understanding the origin of the universe" and in his explanations rely on the second law of thermodynamics, which states that all systems in the Universe tend to become more and more disorganized (increase in entropy).[3][4] 


The arrow of time is based on ideas that go back to Ludwig Boltzmann, Austrian physicist of the 1870s.[5] " Craig Callender wrote that "Carroll seems slightly embarrassed by the many leaps of faith he asks of his reader" in explaining his hypothesis for the origin of the arrow of time.[8] [ Callender, Craig (2010-01-20). "A leap too far in this multiverse explanation of time". New Scientist. Retrieved 2020-02-29 ] {Wikipedia]  Human Brain NeuroBioPhysicsology involves Relativity and Quantum Information Processing:  from Mullti-Sensory Stimuli to Qubit InformationDevelopment to Purposeful Actions   

  • manifesting information and/or purpose directed qubits for delivery of neurophysiological actions, within Microtubules designated for specific NeuroBioPhysicsological purposes
  • Mullti-Sensory Stimuli are next transmitted out the Neuron axons which are interconnected with NeuroNetworks for the specific NeuroBioPhysicsological actions
  • Beginning with our Intelligent Design Creator, through our Interconnected Universe to our Human Souls, all are affected by the total impact of NeuroBioPhysicsological laws and constraints, (Brain cognition, Human life, biology, chemistry and physics) 
  • and ultimately that NeuroBioPhysicsology is purified and unified in the form of the Human Soul, the final stage of Human Creation,
  • Within other Universes, additional NeuroBioPhysicsology, zoological and botanical entities and the Human Soul remain to be discovered. 
  • Boltzmann and Carroll's' Physics Hypotheses, deadlocked in the Mathematical Paradox Lost. merely scratch the surface of the 'Arrow of Time' with physics alone "leaps of faith", when ignoring all of the other NeuroBioPhysicsology requirements for Human Brain information processing, RNA and DNA and other Brain Codes and the Human Soul, the Final Stage of Human Creation, to name a few of their omissions. 
  • CHNOPS atomic elements were Created after the Big Bang, during an Almighty Nuclearsynthesis intervention in the 1st 2 minutes of Universe formation and are responsible for 98% of life in all Human Cells, which were intelligent designs, 
  • Our Universe and CHNOPS atomic elements Creations were not just for the ‘Cosmological Arrow of Time' that points in the direction of the universe's expansion.
  • Our Universe with CHNOPS atomic elements Creations was not just an incidental jaculum [singular Latin] within a system of spontaneous multi-universe jacula (arrows).
  • Cosmological Arrow of Time' was certainly not a “very special reason for 'a beginning' of our Universe”.
  • However, in fact, Carroll’s Cosmological Arrow of Time owes its existence to conditions before the Big Bang, but not the conditions hypothesized by Carroll; not just incidental jacula [plural Latin],  a Divine Intelligent Design Creation.
  • but OUR UNIVERSE IS A DIVINE INTELLIGENT DESIGN CREATION, AN INTERCONNECTED RESONANT RHAPSODY ENERGY SYMPHONY ⁷¹ Aug, 2019

http://brainsthatbelieve.xyz/ 


13.8 Billion years ago, the Big Bang was Created as a purposeful cosmological seed for the Creation of our Universe. The Universe was intended to house 'mother nature', (all the sciences necessary), for the support of Intelligent Design Creation of Cognitive Human Life, aka Homo sapien-sapiens, containing a Brain with Consciousness NeuroNetworks.  Selected NeuroNetworks were established for sensory perception, integration and processing of spiritual, religious and meditation practices and for storing their purposful mindfulness, for their memories and for the Human Soul. These  DNA encoded Neuroanatomy tisssues and Neurophysiology actions are also known as the ('God Module') and the Final State of Human Creation. [mbmsrmd] Most physicists only consider the physics in the Universe, not all of 'mother nature', (all of the sciences necessary for everything), and disregard the Creation of Life and when Life actually begins, as if the beginning of life is not part of the Universe. 


“The Conformal Cyclic Cosmology (CCC) appears to be similar and equally as 'sterile', unless its nuts and bolts have been well disguised beneath its voluminous mathematics. 4.404 million years ago water first appeared on Earth. 4,280 million years ago the earliest possible life began on Earth.

  • [16. Dodd, Matthew S.; Papineau, Dominic; Grenne, Tor; slack, John F.; Rittner, Martin; Pirajno, Franco; O'Neil, Jonathan; Little, Crispin T. S. (2 March 2017). "Evidence for early life in Earth's oldest hydrothermal vent precipitates" (PDF). Nature. 543 (7643):p 60 Bibcode:2017Natur.543...60D. doi:10.1038/nature21377. PMID 28252057.
  • [17. Zimmer, Carl (1 March 2017). "Scientists Say Canadian Bacteria Fossils May Be Earth's Oldest". The New York Times. Retrieved 2 March 2017.
  • [18. Ghosh, Pallab (1 March 2017). "Earliest evidence of life on Earth 'found'". BBC News. Retrieved 2 March 2017.
  • [19. Dunham, Will (1 March 2017). "Canadian bacteria-like fossils called oldest evidence of life". Reuters. Retrieved 1 March 2017.
  • [Wikipedia]


The first belief systems and religions began about the same time in the Prehistoric Era. “Archaeological evidence suggests that prehistoric people 10,000 to 4,000 BCE (Before christ Era) were guided by their beliefs in spirits and sacred places. Their cave drawings and traces of their cultural objects indicate that they believed in an afterlife, although they probably did not practice polytheism, or a belief in many gods.”  


  • 1. [The neural correlates of religious and nonreligious belief by Harris S1, Kaplan JT, Curiel A, Bookheimer SY, Iacoboni M, Cohen MS, PLoS One. 2009 Oct 1;4(10):e0007272. PubMed]
  • 2. [Brain networks shaping religious belief by Kapogiannis D1, Deshpande G, Krueger F, Thornburg MP, Grafman JH. Brain Connect. 2014 Feb;4(1):70-9. doi: 10.1089/brain.2013.0172. Epub 2014 Jan 15]


“The Conformal Cyclic Cosmology (CCC) is a cosmological model in the framework of general relativity, advanced by the theoretical physicist Roger Penrose.[1][2][3] In CCC, the universe repeats itself through infinite cycles, with the future time like infinity of each previous repetition being identified with the Big Bang singularity of the next.[4] Penrose popularized this theory in his 2010 book Cycles of Time: An Extraordinary New View of the Universe. 

  • 1.  Palmer, Jason (2010-11-27). "Cosmos may show echoes of events before Big Bang". BBC News. BBC News. Retrieved 2010-11-27.
  • 2. Penrose, Roger (June 2006). "Before the Big Bang: An outrageous new perspective and its implications for particle physics" (PDF). Edinburgh, Scotland: Proceedings of EPAC 2006. pp. 2759–2767. Retrieved 2010-11-27.
  • 3. Gurzadyan, VG; Penrose, R (2013). "On CCC-predicted concentric low-variance circles in the CMB sky". Eur. Phys. J. Plus. 128 (2): 22. arXiv:1302.5162. Bibcode:2013EPJP..128...22G. doi:10.1140/epjp/i2013-13022-4.
  • 4. Wikipedia


Physicist, Sean Carroll says “I’m all in favor of pre-Big-Bang cosmologies myself, and Penrose more than anyone has been correct in insisting that the low entropy of our early universe is a crucial problem that is not well-addressed in modern cosmology.  Firstly, there isn’t any research of the CCC in the form of a freely-available peer reviewed technical research paper. CCC only appears in his book, Cycles of Time: An Extraordinary New View of the Universe by Roger Penrose. “I can’t quite discern the underlying physical mechanism that makes CCC work.” Sean Carroll. The basic point is this. The very early universe is smooth. The universe right now is lumpy, with stars and galaxies and black holes all over the place. But the future universe will be smooth again — black holes will evaporate and the cosmological constant will disperse all the matter, leaving us nothing but empty space. 


(Just wait about 10100 years. (10000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000 years) 


So, Penrose says, the universe goes through a series of “aeons” that start with a smooth Big Bang, get lumpy as structure forms, smooth out again, and then gets matched onto another smooth Big-Bang-like phase, etc. “I’m sketchy on that”, said Carroll. While the early and late universes are both smooth, they are very different in other obvious ways, such as the energy density. What causes the low-density late universe to come alive into something like the high-density early universe? 


“I don’t see where Penrose described what happens in the Steinhardt-Turok cyclic universe, to explain the phenomenon.  Regardless, I am highly skeptical of Conformal Cyclic Cosmology (CCC) no matter what flavor they come in. The most obvious empirical fact about our observable universe is its temporal asymmetry, the  early phase is very different from the late phase, even though no such difference is to be found in the fundamental laws of physics.  


“Our goal should be to explain that asymmetry. But cyclic cosmologies simply extend it over an infinite number of cycles, without any explanation. If you took a typical state of the universe today and played it backwards in time, you wouldn’t expect to get anything like these cyclic cosmologies; it would just collapse into a mess.”  “What you would need to do is argue that this kind of Universe behavior arises robustly from a wide variety of possible initial (different) conditions. 


If you need some special (different) conditions, fine, but you’re not doing any better than the ordinary Big Bang.” [Carroll]  [Sean Carroll blog and website, physicist at Caltech, a theorist who thinks about the fundamental laws of nature, cosmology, violations of fundamental symmetries, the physics of dark energy, modifications of general relativity, the arrow of time, foundations of cosmology, statistical mechanics, quantum mechanics, and complexity] Imagine, our Universe's behavior might 'arise robustly' like a thuderous rain cloud. Both begin smoothly and, after time, turn lumpy with the production of their products, which is water for the cloud that in time bursts-forth its product, rain, and, for our Universe, bursts-forth its products, Human Souls. 


Thereafter, both turn smooth again and quietly evaporate there entire existences, after swallowed-up by 'Mother Nature'. [mbmsrmd] Exact repetitiveness, exact exactness, is not a characteristic of rain clouds, 'Mother Natures', Black Holes, twins, Universe formation or anything else. Exact Conformal Cyclic Cosmology (CCC) is not a characteristic of Universe formation,  because differences are essential for adaptation, evolution, sustainability and everything. The ‘Mathematical Paradox Lost’ hanging around at the end of the Standard Model of Particle Physics, in spite of physical constants, is the result of differences throughout the Universe. 


“A physical constant, sometimes fundamental physical constant or universal constant, is a physical quantity that is generally believed to be both universal in nature and have constant value in time. It is contrasted with a mathematical constant, which has a fixed numerical value, but does not directly involve any physical measurement. “There are many physical constants in science, some of the most widely recognized being the speed of light in vacuum c, the gravitational constant G, the Planck constant h, the electric constant ε0, and the elementary chargee.  


“Physical constants can take many dimensional forms: the speed of light signifies a maximum speed for any object and its dimension is length divided by time; while the fine-structure constant α, which characterizes the strength of the electromagnetic interaction, is dimensionless. Physicists reserve the use of the term fundamental physical constant for dimensionless physical constants, such as the fine-structure constant α. “Physical constant in the sense under discussion in this article should not be confused with other quantities called "constants" that are assumed to be constant in a given context without the implication that they are fundamental, such as the "time constant" characteristic of a given system, or material constants, such as the Madelung constant, electrical resistivity, and heat capacity. 


“The International Bureau of Weights and Measures decided to redefine several SI base units as from 20 May 2019 by fixing the SI value of several physical constants, including the Planck constant, h, the elementary charge, e, the Boltzmann constant, kB, and the Avogadro constant, NA. The new fixed values are based on the best measurements of the constants based on the earlier definitions, including the kilogram, to ensure minimal impact. As a consequence of the redefinition, the uncertainty in the value of many physical constants when expressed in SI units are substantially reduced. 

  • 1. "Archived copy". Archived from the original on 2016-01-13. Retrieved 2016-01-14. NIST
  • 2. A.S Eddington (1956). "The Constants of Nature". In J.R. Newman (ed.). The World of Mathematics. 2. Simon & Schuster. pp. 1074–1093.
  • 3. H. Kragh (2003). "Magic Number: A Partial History of the Fine-Structure Constant". Archive for History of Exact Sciences. 57 (5): 395. doi:10.1007/s00407-002-0065-7.
  • 4. "2018 CODATA Value: Planck length". The NIST Reference on Constants, Units, and Uncertainty. NIST. 20 May 2019. Retrieved 2019-05-20.


All light elements with atomic numbers equal to or less than 16 were formed after nucleosynthesis of Hydrogen² (H²) during the first 2 minutes to 20 minutes age of our Universe. These CHNOPS light atomic weight elements are creations after our Universe Big Bang and are essential to biological differences within our universe and characteristics of non-repetitiveness. Nothing in the Kingdom of life is identical, not even DNA. Cosmological differences and Differences in the 6 Kingdoms of Life (Archaebacteria, Eubacteria, Protista, Fungi, Plantae, Animalia) within our special Universe are essential for adaptation, evolution and sustainability.  


Identicality is not responsible for relatively, reasonably repetitive Multiple Universes. Intelligent Design Creation by our Almighty God is a hypothesis for Multiple Universes’ differences. "Identical twins, animals in the Animal Kingdom, butterflies, Rainbows, supernova, strands of DNA are not identical. Remarkably, even identical Twins are not identical. Identical Twins' Genes Are Not Identical. Twins may appear to be cut from the same cloth, but their genes reveal a different pattern By Anne Casselman on April 3, 2008, Scientific American] 


Identical twins are identical, right? After all, they derive from just one fertilized egg, which contains one set of genetic instructions, or genome, formed from combining the chromosomes of mother and father.  But experience shows that identical twins are rarely completely the same. Until recently, any differences between twins had largely been attributed to environmental influences (otherwise known as "nurture"), but a recent study contradicts that belief.  Geneticist Carl Bruder of the University of Alabama at Birmingham, and his colleagues closely compared the genomes of 19 sets of adult identical twins. 


In some cases, one twin's DNA differed from the other's at various points on their genomes. At these sites of genetic divergence, one bore a different number of copies of the same gene, a genetic state called copy number variants.  Normally people carry two copies of every gene, one inherited from each parent. "There are, however, regions in the genome that deviate from that two-copy rule, and that's where you have copy number variants," Bruder explains. These regions can carry anywhere from zero to over 14 copies of a gene.  Scientists have long used twins to study the roles of nature and nurture in human genetics and how each affects disease, behavior, and conditions, such as obesity. 


But Bruder's findings suggest a new way to study the genetic and environmental roots of disease. For example, one twin in Bruder's study was missing some genes on particular chromosomes that indicated a risk of leukemia, which he indeed suffered. The other twin did not.  Bruder therefore believes that the differences in identical twins can be used to identify specific genetic regions that coincide with specific diseases. Next, he plans to examine blood samples from twin pairs in which only one suffers from asthma or psoriasis to see whether he can find gene copy number changes that relate to either of these illnesses.  


The result might also call into question the many findings of previous twin studies that assumed identical twins were indeed identical, Bruder notes. "It's pretty unlikely they're going to significantly change any of the results found so far," counters Kerry Jang, a psychologist at the University of British Columbia in Vancouver, who runs Canada's largest twin study. "We can adjust our models to take [genetic differences] into account in the same way we've adjusted for different environments."  


The discovery of this genetic variation gives hope for an obscure but pressing issue in the case of a criminal suspect who is an identical twin. "If one twin is a suspect and the whereabouts of the other twin cannot be determined, then the jury is often left without the ability to find guilt beyond a reasonable doubt" in cases that rely on DNA evidence, says Frederick Bieber, a pathologist at Harvard Medical School.  "If the twin issue comes up in a criminal investigation it's possible that if there are [copy number variants] that differ between the two twins that might help sort that out," Bieber says.  


Given that there are 80 pairs of identical twins in Virginia's convicted offender database alone, this might not be as small an issue as it may sound. And such genetic variation also matters to the population at large.  Bruder speculates that such variation is a natural occurrence that accumulates with age in everyone. "I believe that the genome that you're born with is not the genome that you die with—at least not for all the cells in your body," he says.  Not only are identical twins' genomes not-identical, but each identical twin genome is not-identical with its own genome self at birth and death. 


Human cellular characteristics at birth are different from their Human cellular characteristics at death. Human identical twins genomes are not-identical twice during their life cycles. Sibling twins are not-identical genomically at birth and each twin at birth is not-identical genomically with itself at death. Charles Lee, a geneticist at Brigham and Women’s Hospital in Boston, agrees.   The differences between identical twins increase as they age, because environmentally triggered changes accumulate. But twins can also begin their lives with differences, according to Bruder's study, and that calls into question their very name. "Maybe we shouldn't call them identical twins," Harvard's Bieber says. "We should call them 'one-egg twins.'" 


Differences are essential for sustainability of our entire Universe and its ‘Interconnectedness’. Dissimilar, diverse, unidentical Universes, Black holes, rainbows, humans, fingerprints, twins, ocular iris scans, Final Stage of Human Creation, the God Module in the Brain, and causative Soul are not identical to any other similar entity.  Consider that the human brain is one of the most complex structures we have ever tried to understand. All those layers of fragile, excitable tissue folded upon one another like layers of an onion for precision computer-like Neurophysiology.    


There at least hundreds of Human Brain Neuron types and subtypes. The Human Brain contains around 100 billion (86 billion to be exact one source) neurons densely packed into 3 pounds of brain tissue, but no 2 Human beings have the exact number and matching types of Brain Neurons.  The only means for discovering and defining, heretofore, specific subatomic  conundrums is to investigate the smallest, tinyest exotic particles and energy states.  

  • Many different Black Holes exist in our Universe. [How Many Types of Black Holes Are There? June 24, 2018 by Leonard Kelley, Owlcation»
  • There are many different stars in our Universe listed n several star classification systems [List of Different Star Types, October 28, 2017 Peter Christoforou, Astronomy Trek]
  • Studies suggest that there are many different planets and at least one planet on average per star.[Cassan, A.; Kubas, D.; Beaulieu, J. P.; Dominik, M; et al. (2012). "One or more bound planets per Milky Way star from microlensing observations". Nature. 481 (7380): 167–169. arXiv:1202.0903. Bibcode:2012Natur.481..167C. doi:10.1038/nature10684. PMID 22237108.]
  • There are many different galaxies and about 10 billion galaxies in the observable universe! 
  • The number of stars in a galaxy varies, but assuming an average of 100 billion stars per galaxy means that there are about 1,000,000,000,000,000,000,000 (that's 1 billion trillion) stars in the observable universe! Feb 19, 2013, UC Santa Barbra Science]
  • As far as how many asteroids there are… well, if you only consider those larger than 100 meters orbiting within the inner Solar System, there’s over 150 million. Count smaller ones and you get even more. [How Many Asteroids Are Out There? Sept 25, 2012, by Jason Major, Universe Today]
  • Differences in our Universe are the rule, not the exception. 


“Cosmic-flows,” have been Brent Tully's life-long work since 1981. Recently he released his important findings concerning our Universe. (August 10, 2019). Tully released his 1st Entire, 3D Maps Our ‘Observable’ Universe and Galaxies (small dots=Galaxies). Please see the photo above.The Photo above shows the 3D Galaxies lines streaming downhill toward the  Universe center. The Red Dots are dense Galaxy Clusters, that have been growing since Big Bang Milky Way Galaxy formation.  


The Universe reveals a new appearance. Our solar system, familiar stars, Milky Way etc. are not visible.  3D maps scale is so vast that the entire galaxies shrink to small dots'  The Tully Master Plan of the Universe is a Record of everything in our part of the observable Universe since after the Big Bang13.8 Billion years ago. Tully Master Plan record shows 4 basic cosmos different configurations: “clusters, filaments, sheets + voids.” The 4 basic different cosmos configurations are not cookie-cutter differences and unique to our Universe and not repeatable in the Conformal Cyclic Cosmology (CCC) Multiverse system.  

  • Distance Earth from the Observable Universe edge= 46.5 billion light-years=(14.26 gigaparsecs)(4.40×1026 meters). Observable Universe possibly = sphere with diameter 93 billion light-years (28.5 gigaparsecs) (or 8.8×1026 meters). 
  • However, the Entire, Global Universe is possibly an expanding sphere [Master plan of our Universe revealed in new galaxy maps. Our Milky Way galaxy is a tiny speck in the midst of other galaxies and colossal voids. Aug. 11, 2019, By Corey S. Powell. MACH]   


Differences in every aspect and entitiy within our Universe and the Creation of different, yet harmonious, associational energy resonances, and the sustainability of our 'Universe Interconnectedness', 'Interconnected Wholeness', are the rule, not the exception.  


Imagine molding many different out of sync energy vibrations or frequencies to harmonize together. That would be similar to directing an orchestra to synchronize in harmony, when all the instruments are out of tune. That is a very complicated feat and not spontaneous, but by design. And our remarkable Universe is a system of disharmonious harmonization.   Intelligent Design Creation, not the monotonous, repetitive CCC, is the most reasonable, rational scientific hypothesis for the complex harmonious procession of our expanding Universe.   


Is Supersymmetry  the answer? Will Supersymmetry synch the Mathematical Paradox Lost and harmonize the symphony? “Supersymmetry is a type of spacetime symmetry. Supersymmetry is a possible candidate for undiscovered particle physics, and seen as an elegant solution to many current problems in particle physics, when confirmed correct, will resolve various areas where current theories are believed to be incomplete.  

  • "Abstract: Composite Higgs and neutral-naturalness models are popular scenarios in which the Higgs boson is a pseudo Nambu-Goldstone boson (PNGB), and naturalness problem is addressed by composite top partners. 
  • "Since the standard model effective field theory (SMEFT) with dimension-six operators cannot fully retain the information of Higgs nonlinearity due to its PNGB nature, we systematically construct low energy Lagrangian in which the information of compositeness and Higgs nonlinearity are encoded in the form factors, the two-point functions in the top sector. 
  • "We classify naturalness conditions in various scenarios, 
  • "and first present these form factors in composite neutral naturalness models. 
  • After extracting out Higgs effective couplings from these form factors and performing the global fit, we find the value of Higgs top coupling could still be larger than the standard model one if the top quark is embedded in the higher dimensional representations. 
  • Also we find the impact of Higgs nonlinearity is enhanced by the large mass splitting between composite states. 
  • In this case, pattern of the correlation between the tth¯ and tthh ¯ couplings is quite different for the linear and nonlinear Higgs descriptions. 
  • [Effective field theory (EFT) meets Higgs Nonlinearity, Compositeness and (Neutral) Naturalness, Hao-Lin Li,1, et al, Chinese Academy of Sciences, Key Laboratory of Nuclear Physics and Technology, China 2, 3, 4, 5,School of Physical Sciences, . China 4Collaborative Innovation Center of Quantum Matter, 5Center for High Energy Physics, a, arXiv:1904.05359v2 [hep-ph] 22 May 2019]


"In particle physics, supersymmetry (SUSY) is a principle that proposes a relationship between two basic classes of elementary particles: bosons, which have an integer-valued spin, and fermions, which have a half-integer spin.[1][2] "A type of spacetime symmetry, supersymmetry, is a possible candidate for undiscovered particle physics, and seen as an elegant solution to many current problems in Standard Model of Particle Physics. If confirmed correct, supersymmetry could resolve various areas where current theories are believed to be incomplete.  


A supersymmetrical extension to the Standard Model of Particle Physics would resolve major hierarchy problems within gauge theory, by guaranteeing that quadratic divergences of all orders will cancel out inperturbation theory." (Final equasions' sides are equal.  References    1. Haber, Howie. "SUPERSYMMETRY, PART I (THEORY)"(PDF). Reviews, Tables and Plots. Particle Data Group (PDG). Retrieved 8 July 2015.2. "supersymmetry". Merriam-Webster. Retrieved October 2,2017. 


The word gauge means a measurement, a thickness, an in-between distance (as in railroad tracks), or a resulting number of units per certain parameter (a number of loops in an inch of fabric or a number of lead balls in a pound of ammunition).[1] Modern theories describe physical forces in terms of fields, e.g., the electromagnetic field, the gravitational field, and fields that describe forces between the elementary particles. 


A general feature of these field theories is that the fundamental fields cannot be directly measured; however, some associated quantities can be measured, such as charges, energies, and velocities. A transformation from one such field configuration to another is called a gauge transformation A gauge theory is a mathematical model that has symmetries of this kind, together with a set of techniques for making physical predictions consistent with the symmetries of the model. 


“A supersymmetrical extension to the Standard Model of Particle Physics would resolve major hierarchy problems within gauge theory, by guaranteeing that quadratic divergences of all orders will cancel out in perturbation theory the system deviates the actions. Working backward  from soluton, when both sides of the equation are equal, one step at a time to find the beginning, (said to be like the fad New Math, and algorhythms) the necessary spins, reqired energy fields and exotic particles are hypothesized.  “Supersymmetry close to the electroweak scale ameliorates the hierarchy problem that afflicts the Standard Model.[19] 


In the Standard Model, the electroweak scale receives enormous Planck-scale quantum corrections. The observed hierarchy between the electroweak scale and the Planck scale must be achieved with extraordinary fine tuning.  In a supersymmetric theory, on the other hand, Planck-scale quantum corrections cancel between partners and superpartners (owing to a minus sign associated with fermionic loops). The hierarchy between the electroweak scale and the Planck scale is achieved in a natural manner, without miraculous fine-tuning.“The idea that the gauge symmetry groups unify at high-energy is called Grand unification theory. In the Standard Model, however, the weak, strong and electromagnetic couplings fail to unify at high energy. In a supersymmetry theory, the running of the gauge couplings are modified, and precise high-energy unification of the gauge couplings is achieved. {The Universe symphony is in sync}. 


The modified running also provides a natural mechanism for radiative electroweak symmetry breaking. “A Grand Unified Theory (GUT) is a model in particle physics in which, at high energy, the three gauge interactions of the Standard Model that define the electromagnetic, weak, and strong interactions, or forces, are merged into a single force.  All 4 fundamental forces are believed to be related, and to unite into a single force at high energies on a minuscule scale, the Planck scale, but particle accelerators cannot produce the enormous energies required to experimentally probe this.  (When the fundamental forces are high energy and merged into 1 force, they are harmonic. The Mathematical Paradox Lost in the Standard Model of Particle Physics is found in Supersymmetry.)  


Although this unified force has not been directly observed, the many GUT models theorize its existence. If unification of these three interactions is possible, it raises the possibility that there was a grand unification epoch.  Future larger sized colliders will probably tell the tale.   {The Universe symphony is in sync} in the very early universe in which these three fundamental interactions were not yet distinct  [ David, Curtin (August 2011). "MODEL BUILDING AND COLLIDER PHYSICS ABOVE THE WEAK SCALE" (PDF)(COLLIDER PHYSICS ABOVE THE WEAK SCALE)].  


From current reproducible knowledge, the only means for discovering and defining, heretofore, specific subatomic conundrums and discovering and defining a new Supersymmetry Model is to investigate the smallest, tinyest exotic particles and energy states possibly in a new larger' collider.  Next see:  OUR UNIVERSE IS A RESONANT RHAPSODY ENERGY SYMPHONY ⁷¹: Webinar  http://brainsthatbelieve.xyz/ 

  • [Bentivoglio, M. Life and Discoveries of Santiago Ramon y Cajal. Nobelprize.org. 1998. http://www.nobelprize.org/nobel_prizes/medicine/laureates/1906/cajal-article.html
  • [Costandi, M. The discovery of the neuron. Neurophilosopy. 2006.] http://neurophilosophy.wordpress.com/2006/08/29/the-discovery-of-the-neuron/]
  • [Kandel ER, Schwartz JH, Jessell TM 2000. Principles of Neural Science, 4th ed. McGraw-Hill, New York]
  • [Mazzarello, P. A unifying concept: the history of cell theory. Nature Cell Biology 1, E13 - E15 (1999) doi:10.1038/8964]
  • [Schoonover, Carl. 2010. Portraits of Mind. Abrams.]
  • [Know Your Neurons: How to Classify Different Types of Neurons in the Brain's Forest By Ferris Jabr on May 16, 2012, Scientific American]

Files coming soon.

17 ELEMENTARY PARTICLES; VISABLE, DARK MATTER, DARK ENERGY

  “All the Universe and world are built out of 17 known elementary particles. 


"Carlo Rubbia led the team that discovered 2 of them. In 1984, Rubbia shared the Nobel Prize in Physics with Simon van der Meer for their “decisive contributions” to the experiment that, the year before, had turned up the W and Z bosons. 


These particles convey one of the four fundamental forces, called the weak force, which causes radioactive decay. [A Call for Courage as Physicists Confront Collider DilemmaCarlo Rubbia, leader of the bold collider experiment that in 1983 discovered the W and Z bosons, thinks particle physicists should now smash muons together in an innovative “Higgs factory.”Carlo Rubbia lecturing at the 69th Lindau Nobel Laureate Meeting in Germany in July. by Thomas Lewton August 7, 2019 Quanta Magazine]


“The list of elementary particles,aka as the matter building blocks, are 17 known elementary particles a this time: 6 quarks, 6 leptons, 4 bosons and finally the recently discoverd (2012) Higgs boson.  


“In particle physics, an elementary particle or fundamental particle is a subatomic particle with no sub structure, thus not composed of other particles.[1] Particles currently thought to be elementary include the fundamental fermions (quarks, leptons, antiquarks, and antileptons), which generally are "matter particles" and "antimatter particles", as well as the fundamental bosons (gauge bosons and the Higgs boson), which generally are "force particles" that mediate interactions among fermions.[1] Gauge bosons and Higgs bosons act like catalysts (to borrow a chemistry term) and facilitate the building of matter, mass and materials.


A particle containing 2 or more elementary particles is a composite particle. Everyday matter is composed of atoms, once presumed to be matter's elementary particles, although the atom's existence remained controversial until about 1910,[1][2] 


Soon, subatomic constituents of the atom were identified. As the 1930s opened, the electron and the proton had been discovered, along with the photon, the particle of electromagnetic radiation.[1] At that time, the recent advent of quantum mechanics was radically altering the conception of particles, as a single particle could seemingly span a field as would a wave, a paradox still eluding satisfactory explanation.[3][4]


Via quantum theory, protons and neutrons were found to contain quarks, up quarks and down quarks, now considered elementary particles.[1] And within a molecule, the electron's 3 degrees of freedom (charge, spin, orbital) can separate via the wave function into three quasi particles (holon, spinon, orbiton).[5]  Yet a free electron—which is not orbiting an atomic nucleus and lacks orbital motion,appears unsplittable and remains regarded as an elementary particle.[5]


Around 1980, an elementary particle's status as indeed elementary, an ultimate constituent of substance, was mostly discarded for a more practical outlook,[1] embodied in particle physics' Standard Model, what's known as science's most experimentally successful theory.[4][6] 


Many elaborations upon and theories beyond the Standard Model, including the popular supersymmetry, double the number of elementary particles by hypothesizing that each known particle associates with a "shadow" partner far more massive,[7][8] although all such superpartners remain undiscovered.[6][9] Meanwhile, an elementary boson mediating gravitation, the graviton, remains hypothetical.[1]


  1. Sylvie Braibant; Giorgio Giacomelli; Maurizio Spurio (2012). Particles and Fundamental Interactions: An Introduction to Particle Physics (2nd ed.). Springer. pp. 1–3. ISBN 978-94-007-2463-1.
  2. Ronald Newburgh; Joseph Peidle; Wolfgang Rueckner (2006). "Einstein, Perrin, and the reality of atoms: 1905 revisited" (PDF). American Journal of Physics. 74 (6): 478–481. Bibcode:2006AmJPh..74..478N. doi:10.1119/1.2188962. Archived from the original (PDF)on 2017-08-03. Retrieved 2013-08-17.
  3. Friedel Weinert (2004). The Scientist as Philosopher: Philosophical Consequences of Great Scientific Discoveries. Springer. pp. 43, 57–59. Bibcode:2004sapp.book.....W. ISBN 978-3-540-20580-7.
  4. Meinard Kuhlmann (24 Jul 2013). "Physicists debate whether the world is made of particles or fields—or something else entirely". Scientific American.
  5. Zeeya Merali (18 Apr 2012). "Not-quite-so elementary, my dear electron: Fundamental particle 'splits' into quasiparticles, including the new 'orbiton'". Nature. doi:10.1038/nature.2012.10471.
  6. Ian O'Neill (24 Jul 2013). "LHC discovery maims supersymmetry, again". Discovery News. Retrieved 2013-08-28.
  7.  "Unsolved mysteries—supersymmetry". The Particle Adventure. Berkeley Lab. Retrieved 2013-08-28.
  8. National Research Council (2006). Revealing the Hidden Nature of Space and Time: Charting the Course for Elementary Particle Physics. National Academies Press. p. 68. Bibcode:2006rhns.book....... ISBN 978-0-309-66039-6.
  9. "CERN latest data shows no sign of supersymmetry—yet". Phys.Org. 25 Jul 2013. Retrieved 2013-08-28.
  10.  [Elementary particle - Wikipedia]


[Now CONTINUING ”Carlo Rubbia lecturing at the 69th Lindau Nobel Laureate Meeting in Germany in July. by Thomas Lewton August 7, 2019 Quanta Magazine]  


"Rubbia ran the experiment, called Underground Area 1 (or UA1), a bold and ambitious project at CERN laboratory near Geneva that sought traces of W and Z bosons in the chaos of high-energy particle collisions. Hundreds of billions of protons and antiprotons were accelerated close to the speed of light and then smashed together. 


“We had zillions of different ideas," Rubbia said. In the end, UA1 prevailed, and delivered. More than three decades later, particle physics once again finds itself at a crossroads. 


A decision looms about which big particle-collider experiment to build next — if indeed one is built at all. While CERN’s Large Hadron Collider (LHC) has performed flawlessly, its collisions have yielded no signs of new particles beyond the expected 17, whose properties and interactions are described by the Standard Model of particle physics. 


This model makes incredibly accurate predictions about those particles’ behavior, yet it’s also understood to be an incomplete description of our world. It fails to include the gravitational force or dark matter,  the mysterious substance that astronomers consider to be about five times more abundant than normal matter, or account for the universe’s matter-antimatter imbalance. 


Most importantly many theorists feel uneasy about the Standard Model’s inability to explain its own basic truths, such as why there are three families of quarks and leptons, and what determines the particles’ masses.


Rubbia, who at 85 remains at the forefront of the field, isn’t fazed by the absence of “new physics” in the LHC data. He urges his peers to press on in search of more and better data and to trust that answers will come. 


The Higgs boson, the 17th ementary  particle, the final  piece in the Standard Model puzzle, materialized at the LHC in 2012, and now Rubbia wants to explore its characteristics in depth with a state-of-the-art “Higgs factory.”


Rubbia said, "The Higgs is the first and only scalar particle , meaning it has only size and no direction, that we have amongst the basic forces of nature. Every particle has a different story, and therefore this has to be studied and understood on its own. Unlike the other forces, the Higgs field has no preferred direction and looks the same when you reflect it in a mirror. Understanding it is at least as important as the observation of the W and the Z, and this will conclude the story of the elementary particles in the Standard Model.

                   

Additional Reference Video: Carlo Rubbia explains why he thinks particle physicists should take the next step by building a “Higgs factory.”


"Probing higher energies offers the hope of new physics, it could be supersymmetry, it could be something else, I don’t know what. But before exploring higher energies, it makes sense to me to build a muon collider, and to clarify the question of the Higgs first. Here we already have a particle that we want to explore. We may even find signs of new physics by studying the Higgs very precisely. For that we don’t need to go to a 100-kilometer-around tunnel. Think about how many days it takes to walk 100 kilometers! And it all has to be extremely functional, every single piece has to work — it’s a miracle if people succeed in making it work.


Remember, in the 1950s, Enrico Fermi said that by the year 2000, the accelerator ring would have the circumference of the Earth. It’s an absurd statement, of course, but there’s a point: Do we direct resources for the realization of mastodonic, gigantic devices, which might be achieved but will take 20 to 30 years? It took us 10 billion euros and 20 years to discover the Higgs particle. And so if you want to go further, it’s going to be more costly and more complicated.


Given that no new particles — aside from the anticipated Higgs boson — showed up at the LHC, what are the chances that the next accelerator will uncover new physics?Actually, there are other interesting experiments, not just accelerators. The neutrino experiments going on at the South Pole, for example, are becoming a new alternative to making bigger and more complex accelerator systems. And I think competition between the two is very productive; it will create the results of years to come.


I’m a bit concerned that the future of particle physics at CERN does not involve, so far, any new alternative after the termination of the LHC program. When I was responsible for the activities at CERN, whenever we had one machine, we had the next one coming. We need to have more courage, and collectively agree on alternatives.


Rubbia, "I’m as optimistic today as I was in the past. The discussion is complicated, the choices are difficult, but so far over my long lifetime I’ve always seen the results to be positive. And so I’m sure a solution will also be found this time.


[A Call for Courage as Physicists Confront Collider DilemmaCarlo Rubbia, leader of the bold collider experiment that in 1983 discovered the W and Z bosons, thinks particle physicists should now smash muons together in an innovative “Higgs factory.”Carlo Rubbia lecturing at the 69th Lindau Nobel Laureate Meeting in Germany in July. by Thomas Lewton August 7, 2019 Quanta Magazine]

Files coming soon.

UNIVERSE DARK MATTER, DARK ENERGY, VISIBLE MATTER

SUPERSYMMETRY AND DARK MATTER

[This home page is based on the introduction in Supersymmetry Phenomenology by Hitoshi Murayama. Physics, Berkeley Education, murayama@physics.berkeley.edu, Location Bldg. 50A 5109 (LBL), 447 Birge (Campus)]

  

20th century physics has seen two major paradigm shifts in the way we understand Mother Nature. 

  1. One is Quantum Mechanics, 
  2. and the other is Einstein’s General Relativity. 
  3. The marriage between the 2, called Quantum Field Theory, between Quantum Mechanics and Einstein’s General Relativity and Einstein's Theory of Gravity. 


The couple has not been getting along very well and has resulted in mathematical inconsistencies, meaningless infinities, and negative probabilities. [ Supersymmetry Phenomenology by Hitoshi Murayama, Berkeley Education. murayama@physics.berkeley.edu


The couple is now separated because of their Mathematical Paradox Lost [mbmsrmd].


The key to success for the couples Mathematical Paradox Lost [mbmsrmd] appears to be supersymmetry, which again doubles the number of particles.


Filled with a mysterious condensate of Higgs boson, which disturbs matter particles and forces, and not letting them go far, hence makes them massive.

 

For example, the carrier of the weak force, W boson, bumps on the Higgs condensate all the time, and the force has have become short-ranged and are increased only over a 1 thousandth of the size of nuclei.

 

All masses of known elementary particles must have come from the Higgs boson. 

However, the mass of the Higgs boson receives a large contribution from its interaction with itself making it impossible for us to study physics at smaller distances. 


Because gravity is believed to be unified with other forces at extremely small distances, which are called Planck length, the marriage between Quantum Mechanics and Relativity plus Gravity appear a remote dream and will soon be recognized as a final divorce, because of the Mathematical Paradox Lost is irreconcilable. [mbmsrmd].


Supersymmetry is an idea that history repeats itself to solve similar problems. For every particle, there is a super partner whose spin differs by 1 half (1/2). 

By doubling the number of particles again, 

  • there is similar cancellation between the process with ordinary particles only 
  • and second process for their super partners.


However, the Standard Model can describe physics down to the Planck length, giving hope for the marriage to succeed. A necessary ingredient for the only available candidate for quantum theory of gravity is the String Theory.


Robbins and Jones described the String Theory, which is “aka ‘theory of everything’ as a relatively young science that includes such unusual concepts as superstrings, branes, and extra dimensions.”

 

“Scientists are hopeful that string theory will unlock one of the biggest mysteries of the universe, namely how gravity and quantum physics fit together.


“String theory is a work in progress, so trying to pin down exactly what the science is, or what its fundamental elements are.

 

“String theory’s concept of supersymmetry is a fancy way of saying that each particle has a related particle called a superpartner.


“Keeping track of the names of these superpartners can be tricky, so here are the rules in a nutshell.


The superpartner of a fermion begins with an “s,” so the superpartner of an “electron” is the “selectron” and the superpartner of the “quark” is the “squark.”


The superpartner of a boson ends in “–ino,” so the superpartner of a “photon” is the “photino” and of the “graviton” is the “gravitino” znd so on.


String Theory has gone through many name changes over the years.  [String Theory For Dummies Cheat Sheet By Andrew Zimmerman Jones, Daniel Robbins]


There is really no point in naming the ‘Theory of Everything’ and the ‘String Theory’ until future additional Collider research are satisfactorily concluded.

 

Now back to Murayama. “Supersymmetry actually makes the unification of three other forces, strong, weak, and electromagnetic, also a reality.

 

“In (a), in the Standard Model without supersymmetry, the strengths of three forces change as a function of energies, and become closer to each other at very high energies. 


Together with supersymmetry (Minimal Supersymmetric Standard Model or MSSM), however, they become equal within a percent-level accuracy.


Where are super partners? It is a realistic hope that coming accelerator experiments will find them, possibly Tevatron collider at Fermilab, Illinois, or the Large Hadron Collider at CERN, Geneva, Switzerland in this decade.


Super partners may actually be everywhere without us noticing. Our galaxy is known to be full of Dark Matter, weakly interacting particles whose gravitational pull binds the galaxy together despite its fast rotation. 


The picture (a) shows the measurement of Doppler shift in 21 cm line that allows us to determine the rotational speed of other galaxies. The rotational speed is much faster than what the gravitational pull by stars would allow (b).

 

One of the best candidates for Dark Matter is the lightest supersymmetric particle.

Even though supersymmetry solves many problems in particle physics, it also poses 

We are working on these problems. Our group had made substantial contributions to the theoretical study of supersymmetry. It was Bruno Zumino, together with Julius Wess, who discovered the possibility of supersymmetry in four-dimensional spacetime back in 1973. 


Until early 1980's, however, it was more of a mathematical curiosity than a serious possibility for the realistic theory of nature. Lawrence Hall, together with Joe Lykken and Steven Weinberg, laid the foundation of realistic supersymmetric phenomenology. Mary K Gaillard made it possible to systematically study quantum effects in supersymmetric theory of gravity, supergravity. 


Hitoshi Murayama, together with Gian Giudice and two former Berkeley postdocs, Markus Luty and Riccardo Rattazzi, found subtle quantum contributions to masses of super partners, independently with two other former Berkeley postdocs, Lisa Randall and Raman Sundrum. [This home page is based on the introduction in Supersymmetry Phenomenology by Hitoshi Murayama. Physics, Berkeley Education, murayama@physics.berkeley.edu, 


Lightest Supersymmetric Particle, In particle physics, the lightest supersymmetric particle (LSP) is the generic name given to the lightest of the additional hypothetical particles found in supersymmetric models.


In models with R-parity conservation, the LSP is stable; in other words, the LSP cannot decay into any Standard Model particle, since all SM particles have the opposite R-parity. There is extensive observational evidence for an additional component of the matter density in the Universe that goes under the name dark matter. The lightest supersymmetric particle LSP of supersymmetric models is a dark matter candidate and is a weakly interacting massive particle (WIMP).[1]


Constraints on Lightest Supersymmetric Particle (LSP) from cosmology

The LSP is most likely a mixture of neutral higgsinos, the bino and the neutral winos,[2] i.e. a neutralino. 


In particular, if the LSP were charged (and is abundant in our galaxy) such particles would have been captured by the Earth's magnetic field and form heavy hydrogen-like atoms.[3] 


Searches for anomalous hydrogen in natural water[4] however have been without any evidence for such particles and thus put severe constraints on the existence of a charged LSP


Lightest Supersymmetric Particle as a dark matter candidate

Dark matter particles must be electrically neutral; otherwise they would scatter light and thus not be "dark".

 

They must also almost certainly be non-colored.[5] With these constraints, the LSP could be the lightest neutralino, the gravitino, or the lightest s-neutrino.


S-neutrino dark matter is ruled out in the Minimal Supersymmetric Standard Model (MSSM) because of the current limits on the interaction cross section of dark matter particles with ordinary matter as measured by direct detection experiments—the s-neutrino interacts via Z boson exchange and would have been detected by now if it makes up the dark matter. Extended models with right-handed or sterile s-neutrinos reopen the possibility of s-neutrino dark matter by lowering the interaction cross section.[6]


Neutralino dark matter is the favored possibility. In most models the lightest neutralino is mostly bino (super partner of the hypercharge gauge boson field B), with some admixture of neutral wino (super partner of the weak isospin gauge boson field W0) and/or neutral Higgsino.


Gravitino dark matter is a possibility in supersymmetric models in which the scale of supersymmetry breaking is low, around 100 TeV.


In such models the gravitino is very light, of order an eV. As dark matter, the gravitino is sometimes called a super-WIMP because its interaction strength is much weaker than that of other supersymmetric dark matter candidates.


For the same reason, its direct thermal production in the early universe is too inefficient to account for the observed dark matter abundance. Rather, gravitinos would have to be produced through the decay of the next-to-lightest supersymmetric particle (NLSP). 


References

  1. 1. Jungman, Gerard; Kamionkowski, Marc; Griest, Kim (1996). "Supersymmetric dark matter". Phys. Rep. 267 (5–6): 195–373. arXiv:hep-ph/9506380. Bibcode:1996PhR...267..195J. doi:10.1016/0370-1573(95)00058-5.
  2. 2. Ellis, John R.; Hagelin, J.S.; Nanopoulos, Dimitri V.; Olive, Keith A.; Srednicki, M. (July 1983). "Supersymmetric Relics from the Big Bang". Nucl. Phys. B238 (2): 453–476. Bibcode:1984NuPhB.238..453E. doi:10.1016/0550-3213(84)90461-9.
  3. 3. Byrne, Mark; Kolda, Christopher; Regan, Peter (2002). "Bounds on Charged, Stable Superpartners from Cosmic Ray Production". Physical Review D. 66 (7): 075007. arXiv:hep-ph/0202252. Bibcode:2002PhRvD..66g5007B. CiteSeerX 10.1.1.348.1389. doi:10.1103/PhysRevD.66.075007.
  4. 4. Smith, P.F.; Bennett, J.R.J.; Homer, G.J.; Lewin, J.D.; Walford, H.E.; Smith, W.A. (November 1981). "A search for anomalous hydrogen in enriched D2O, using a time-of-flight spectrometer". Nucl. Phys. B206 (3): 333–348. Bibcode:1982NuPhB.206..333S. doi:10.1016/0550-3213(82)90271-1.
  5. 5. McGuire, Patrick C.; Steinhardt, Paul (May 2001). "Cracking open the window for strongly interacting massive particles as the halo dark matter". Proceedings of the 27th International Cosmic Ray Conference. 07-15 August. 4: 1566. arXiv:astro-ph/0105567. Bibcode:2001ICRC....4.1566M.
  6. 6. Tucker-Smith, David.; Weiner, Neal (February 2004). "The Status of inelastic dark matter". Physical Review D. 72 (6): 063509. arXiv:hep-ph/0402065. Bibcode:2005PhRvD..72f3509T. doi:10.1103/PhysRevD.72.063509.
  7. 7. Servant, Geraldine.; Tait, Tim M.P. (September 2003). "Is the Lightest Kaluza-Klein Particle a Viable Dark Matter Candidate?". Nuclear Physics B. 650 (1–2): 391419. arXiv:hepph/0206071. Bibcode:2003NuPhB.650..391S. doi:10.1016/S0550-3213(02)01012-X.

Is the Lightest Supersymmetric Particle, bino, wino, neutralino, the fundamental basis for Dark Matter? Reality ? Consciousness? Interconnectedness? 


Conclusion: The lightest neutralino in gauge messenger models is mostly the bino with a sizable mixture of the wino and higgsino. Is correct amount of the dark matter density (dark matter is 22% of universe) if it is the lightest supersymmetric particle.

In gauge messenger models, as a result of the squeezed spectrum of super partners, various co-annihilation and resonance regions overlap and very often the correct amount of the neutralino relic density is generated as an interplay of several processes.


The wino and higgsino components enhance the neutralino annihilation cross section. 


However, the special features of the gauge messenger model related to the bino-wino-higgsino mixed dark matter and with that associated chargino co-annihilation depend on details of a model and is not automatically guaranteed by the squeeze ness.


Models with squeezed spectrum seem to be favored and thus it is desirable to explore their phenomenological and collider predictions. [Mixed bino-wino-higgsino dark matter in gauge messenger models ;  Kyu Jung   Bae (Seoul Natl.   U.), Radovan   Dermisek (Princeton,   Inst. Advanced Study), Hyung Do   Kim, Ian-Woo Kim (Seoul Natl.   U.). Feb 2007. 22 pp.  Published in JCAP 0708 (2007) 014, SNUTP-07-001, DOI: 10.1088/1475-7516/2007/08/014,   e-Print: hep-ph/0702041 | PDF References | BibTeX | LaTeX(US) | LaTeX(EU) | Harvmac | EndNote ADS   Abstract Service; JCAP   Electronic Journal Server]

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THE REST OF THE STORY, SUPERSYMMETRY


“The Standard Model of particle physics is the theory describing three of the four known fundamental forces (the electromagnetic, weak, and strong interactions, and not including the gravitational force) in the universe, as well as classifying all known elementary particles. It was developed in stages throughout the latter half of the 20th century, through the work of many scientists around the world,[1] with the current formulation being finalized in the mid-1970s upon experimental confirmation of the existence of quarks. 


“Although the Standard Model is believed to be theoretically self-consistent[2] and has demonstrated huge successes in providing experimental predictions, it leaves some phenomena unexplained and falls short of being a complete theory of fundamental interactions. It does not fully explain baryon asymmetry, incorporate the full theory of gravitation[3] as described by general relativity, or account for the accelerating expansion of the Universe as possibly described by dark energy. 

The model does not contain any viable dark matter particle that possesses all of the required properties deduced from observational cosmology. It also does not incorporate neutrino oscillations and their non-zero masses.


“The development of the Standard Model was driven by theoretical and experimental particle physicists alike. For theorists, the Standard Model is a paradigm of a quantum field theory, which exhibits a wide range of physics including spontaneous symmetry breaking, anomalies and non-perturbative behavior. 

the Standard Model Of Particle Physics is used as a basis for building more exotic models that incorporate hypothetical particles, extra dimensions, and elaborate symmetries (such as supersymmetry) in an attempt to explain experimental results at variance with the Standard Model, such as the existence of dark matter and neutrino oscillations.

 

  • References
  • [R. Oerter (2006). The Theory of Almost Everything: The Standard Model, the Unsung Triumph of Modern Physics (Kindle ed.). Penguin Group. p. 2. ISBN 978-0-13-236678-6.
  • [In fact, there are mathematical issues regarding quantum field theories still under debate (see e.g. Landau pole), but the predictions extracted from the Standard Model by current methods applicable to current experiments are all self-consistent. For a further discussion see e.g. Chapter 25 of R. Mann (2010). An Introduction to Particle Physics and the Standard Model. CRC Press. ISBN 978-1-4200-8298-2.
  • [Sean Carroll, Ph.D., Caltech, 2007, The Teaching Company, Dark Matter, Dark Energy: The Dark Side of the Universe, Guidebook Part 2 page 59, Accessed Oct. 7, 2013, "...Standard Model of Particle Physics: The modern theory of elementary particles and their interactions ... It does not, strictly speaking, include gravity, although it's often convenient to include gravitons among the known particles of nature..."
  • Physicists recognize that The Standard Model is incomplete. 
  • "...Standard Model of Particle Physics: was The modern theory of elementary particles and their interactions ... It does not, strictly speaking, include gravity, although it's often convenient to include gravitons among the known particles of nature..."


Supersymmetry is an extension of the Standard Model that aims to fill some of the gaps. It predicts a partner particle for each particle in the Standard Model. These new particles would solve a major problem with the Standard Model – fixing the mass of the Higgs boson. If the theory is correct, supersymmetric particles should appear in collisions at the LHC.


The extra particles predicted by supersymmetry would cancel out the contributions to the Higgs mass from their Standard-Model partners, making a light Higgs boson possible. 


The new particles would interact through the same forces as Standard-Model particles, but they would have different masses. If supersymmetric particles were included in the Standard Model, the interactions of its three forces – electromagnetism and the strong and weak nuclear forces – could have the exact same strength at very high energies, as in the early universe.


A theory that unites the forces mathematically is called a grand unified theory, a dream of physicists including Einstein. Supersymmetry would also link the two different classes of particles known as fermions and bosons. 


Supersymmetry predicts that each of the particles in the Standard Model has a partner with a spin that differs by half of a unit. So bosons are accompanied by fermions and vice versa. Linked to their differences in spin are differences in their collective properties. Supersymmetry is a framework that builds upon the Standard Model’s strong foundation to create a more comprehensive picture of our world.


Perhaps the reason we still have some of these questions about the inner workings of the universe is because we have so far only seen half of the picture. [CERN Statement, What is the universe made of? Physicists at CERN are seeking answers, using some of the world's most powerful particle accelerators 2019, CERN]


SUPERSYMMETRY SUMMARY 


Standard Particle Physics, as known currently, is only the 1st half of the Theory of Everything story.

  • Higgs bosons’ and fermions’ supersymmetric derivative energies and particles (HBFSEP):
  • Are postulated to make-up dark matter,
  • And glue the Universe together
  • And are the elementary subatomic particles and energies that ushered-in the Universe immediately after the 'Big Bang' in the first place
  • And, over the 1st ~13 Billion years of the Universe, Melded the physics, science and nature Interconnected Oneness 
  • And Higgs bosons’ and fermions’ supersymmetric derivative energies and particles (HBFSEP) are postulated, that, after the first ~13 Billion years of Universe, melded our Universe physics, science and nature with the beginning of life
  • And life continued thereafter finally with Human Creaction
  • And Higgs bosons’ and fermions’ supersymmetric derivative energies and particles (HBFSEP) will usher-out the Human Soul into Eternity at Human death
  • Higgs Intelligent Design Mastery, (HBFSEP), extends from our Universe beginning to each Human’s ending 
  • And Interconnect the Oneness of each subatomic bit of Universe Wholeness
  • (HBFSEP) Are the 2nd half of Theory of Everything and the Supersymmetric Mathematical Paradox found when finally, completely calculated 
  • Beyond the Standard Model of Particle Physics and its Mathematical paradox lost 
  • But the gigantic mystery, the Supersymmetric Mathematical Astrophysical-Neurobiological framework, the foundation for our Universe harmonious Interconnectedness
  • will unfold with future more intricate proton collider collision data and analysis of Higgs bosons’ and fermions’ supersymmetric derivative energies and particles (HBFSEP) melded with biology, physics, science and nature.


Files coming soon.
  • GEO WHEELER WALDEN POND
  • FINAL STAGE OF CREATION

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